Transcend MTS830S M.2 128 GB Internal SSD

Transcend SSD Hard Drive, 128GB Capacity, M.2 Form Factor - TS128GMTS830S

This solid state drive offers high performance in a compact design, ideal for Ultrabooks and thin laptops. With dimensions of 80 x 22 x 3.58mm and a weight of just 9g, it provides a substantial capacity of 128GB, making it a robust choice for those in need of reliable storage solutions.

This solid state drive offers high performance in a compact design, ideal for Ultrabooks and thin laptops. With dimensions of 80 x 22 x 3.58mm and a weight of just 9g, it provides a substantial capacity of 128GB, making it a robust choice for those in need of reliable storage solutions.

Features & Benefits

• Utilises SATA III interface for rapid data transfers of up to 560MB/s• Features TLC NAND technology for enhanced durability and efficiency• Equipped with DDR3 DRAM cache for reduced access times• Operates effectively within a temperature range of 0 to +70°C• Designed as an internal SSD to save space and maximise performance• Supports advanced functions like DevSleep and S.M.A.R.T. for data integrity

• Utilises SATA III interface for rapid data transfers of up to 560MB/s

• Features TLC NAND technology for enhanced durability and efficiency

• Features TLC NAND technology for enhanced durability and efficiency

• Equipped with DDR3 DRAM cache for reduced access times

• Equipped with DDR3 DRAM cache for reduced access times

• Operates effectively within a temperature range of 0 to +70°C

• Operates effectively within a temperature range of 0 to +70°C

• Designed as an internal SSD to save space and maximise performance

• Designed as an internal SSD to save space and maximise performance

• Supports advanced functions like DevSleep and S.M.A.R.T. for data integrity

• Supports advanced functions like DevSleep and S.M.A.R.T. for data integrity

Applications

• Used primarily for performance upgrades in Ultrabooks• Ideal for storage in compact electronic devices• Suitable for industrial requiring high-temperature resilience• Appropriate for automation and mechanical systems needing reliable storage

• Used primarily for performance upgrades in Ultrabooks

• Ideal for storage in compact electronic devices

• Ideal for storage in compact electronic devices

• Suitable for industrial requiring high-temperature resilience

• Suitable for industrial requiring high-temperature resilience

• Appropriate for automation and mechanical systems needing reliable storage

• Appropriate for automation and mechanical systems needing reliable storage

How does the SSD's temperature range influence its performance?

The 0 to +70°C operational temperature range allows the drive to maintain efficiency in various environments, making it suitable for industrial applications where temperature fluctuations are common.

The 0 to +70°C operational temperature range allows the drive to maintain efficiency in various environments, making it suitable for industrial applications where temperature fluctuations are common.

What benefits does the DRAM cache provide?

The DDR3 DRAM cache minimises access times, ensuring that files are retrieved quickly, which significantly enhances overall system performance when running multiple applications.

The DDR3 DRAM cache minimises access times, ensuring that files are retrieved quickly, which significantly enhances overall system performance when running multiple applications.

In what scenarios is this SSD preferable over traditional hard drives?

The solid state drive offers much faster boot times and data access speeds compared to traditional hard drives, which is crucial for users needing quick responsiveness in their computing activities.

The solid state drive offers much faster boot times and data access speeds compared to traditional hard drives, which is crucial for users needing quick responsiveness in their computing activities.

What types of NAND technology does this SSD employ?

It employs TLC NAND, which balances cost and performance effectively, providing substantial endurance and speed for everyday computing tasks.

It employs TLC NAND, which balances cost and performance effectively, providing substantial endurance and speed for everyday computing tasks.

How does this solid state drive benefit compact electronic designs?

Its M.2 form factor allows for integration into smaller devices, enhancing performance while conserving physical space without sacrificing storage capacity.

Its M.2 form factor allows for integration into smaller devices, enhancing performance while conserving physical space without sacrificing storage capacity.